private Func <IDNP3Manager, IChannel> GetTCPClientFunctor(TimeSpan min, TimeSpan max, bool useTLS)
{
var flags = logLevelControl1.Filters.Flags;
var retry = new ChannelRetry(min, max);
if (useTLS)
{
var config = this.clientTLSOptionsControl.Configuration;
return((IDNP3Manager manager) =>
manager.AddTLSClient(this.textBoxID.Text, flags, retry, textBoxHost.Text, Decimal.ToUInt16(numericUpDownPort.Value), config));
}
else
{
return((IDNP3Manager manager) => manager.AddTCPClient(this.textBoxID.Text, flags, retry, textBoxHost.Text, Decimal.ToUInt16(numericUpDownPort.Value)));
}
}
private Func <IDNP3Manager, IChannel> GetSerialFunctor(TimeSpan min, TimeSpan max)
{
var name = this.comboBoxSerialDeviceName.Text;
var baud = Decimal.ToInt32(this.numericUpDownBaud.Value);
var dataBits = Decimal.ToInt32(this.numericUpDownDataBits.Value);
var parity = (Parity)comboBoxParity.SelectedValue;
var flow = (FlowControl)comboBoxFlowControl.SelectedValue;
var stopBits = (StopBits)comboBoxStopBits.SelectedValue;
var flags = logLevelControl1.Filters.Flags;
var retry = new ChannelRetry(min, max);
var ss = new SerialSettings(name, baud, dataBits, stopBits, parity, flow);
return((IDNP3Manager manager) => manager.AddSerial(this.textBoxID.Text, flags, retry, ss));
}
/// <summary>
/// Attempts to connect to data input source.
/// </summary>
/// <remarks>
/// Derived classes should attempt connection to data input source here. Any exceptions thrown
/// by this implementation will result in restart of the connection cycle.
/// </remarks>
protected override void AttemptConnection()
{
TcpClientConfig tcpConfig = m_masterConfig.client;
string portName = tcpConfig.address + ":" + tcpConfig.port;
TimeSpan minRetry = TimeSpan.FromMilliseconds(tcpConfig.minRetryMs);
TimeSpan maxRetry = TimeSpan.FromMilliseconds(tcpConfig.maxRetryMs);
ChannelRetry channelRetry = new ChannelRetry(minRetry, maxRetry);
IChannelListener channelListener = new ChannelListener(state => OnStatusMessage(MessageLevel.Info, portName + " - Channel state change: " + state));
IChannel channel = s_manager.AddTCPClient(portName, tcpConfig.level, channelRetry, tcpConfig.address, tcpConfig.port, channelListener);
m_channel = channel;
IMaster master = channel.AddMaster(portName, m_soeHandler, DefaultMasterApplication.Instance, m_masterConfig.master);
if (m_pollingInterval > TimeSpan.Zero)
{
master.AddClassScan(ClassField.AllClasses, m_pollingInterval, TaskConfig.Default);
}
master.Enable();
m_active = true;
}
private Func<IDNP3Manager, IChannel> GetTCPServerFunctor(TimeSpan min, TimeSpan max, bool useTLS)
{
var flags = logLevelControl1.Filters.Flags;
var retry = new ChannelRetry(min, max);
if (useTLS)
{
var config = this.serverTLSOptionsControl.Configuration;
return (IDNP3Manager manager) =>
manager.AddTLSServer(this.textBoxID.Text, flags, retry, textBoxServerHost.Text, Decimal.ToUInt16(numericUpDownServerPort.Value), config);
}
else
{
return (IDNP3Manager manager) =>
manager.AddTCPServer(this.textBoxID.Text, flags, retry, textBoxServerHost.Text, Decimal.ToUInt16(numericUpDownServerPort.Value));
}
}
private Func<IDNP3Manager, IChannel> GetSerialFunctor(TimeSpan min, TimeSpan max)
{
var name = this.comboBoxSerialDeviceName.Text;
var baud = Decimal.ToInt32(this.numericUpDownBaud.Value);
var dataBits = Decimal.ToInt32(this.numericUpDownDataBits.Value);
var parity = (Parity)comboBoxParity.SelectedValue;
var flow = (FlowControl) comboBoxFlowControl.SelectedValue;
var stopBits = (StopBits) comboBoxStopBits.SelectedValue;
var flags = logLevelControl1.Filters.Flags;
var retry = new ChannelRetry(min, max);
var ss = new SerialSettings(name, baud, dataBits, stopBits, parity, flow);
return (IDNP3Manager manager) => manager.AddSerial(this.textBoxID.Text, flags, retry, ss);
}
